fgl-aircon/tests/aircon/test_tables.cpp

// Тесты таблиц шаблонов: состав против PROTOCOL.md §8.2, типы, RO, диапазоны.
#include "doctest/doctest.h"

#include <cstring>
#include <string>

#include "fgl-aircon/templates.hpp"

using fgl::aircon::Prop;
using fgl::aircon::prop_info_count;
using fgl::aircon::prop_info_find;
using fgl::aircon::prop_info_find_by_name;
using fgl::aircon::Template;
using fgl::aircon::template_detect;

namespace {

// Список имён свойств шаблона (для сверки с протоколом).
std::string names_joined(Template t) {
  std::string out;
  for (auto* p = fgl::aircon::prop_info_begin(t);
       p != fgl::aircon::prop_info_begin(t) + prop_info_count(t); p++) {
    if (!out.empty()) out += ",";
    out += p->name;
  }
  return out;
}

bool has(Template t, const char* name) {
  return prop_info_find_by_name(t, name) != nullptr;
}

}  // namespace

TEST_CASE("Шаблон A: состав против PROTOCOL §8.2 (все 33)") {
  const char* expected[] = {
      "operation_mode", "fan_speed", "adjust_temperature",
      "af_vertical_direction", "af_vertical_swing", "af_horizontal_direction",
      "af_horizontal_swing", "outdoor_low_noise", "indoor_fan_control",
      "human_det_auto_save", "min_heat", "powerful_mode", "coil_dry_mode",
      "economy_mode", "master_timer_on_off_1", "master_timer_on_off_2",
      "error_code", "demand_control", "filter_sign_reset_display", "op_status",
      "device_name", "building_name", "wifi_led_enable",
      "service_contact_name", "service_contact_phone", "service_contact_email",
      "af_horizontal_num_dir", "af_vertical_num_dir", "device_capabilities",
      "display_temperature", "get_prop", "human_det", "refresh"};
  for (const char* n : expected) {
    CAPTURE(n);
    CHECK(has(Template::kA, n));
  }
  CHECK(prop_info_count(Template::kA) == 33);
}

TEST_CASE("Шаблон B: состав (20) и отличия от A") {
  CHECK(prop_info_count(Template::kB) == 20);
  CHECK(has(Template::kB, "af_vertical_move_step1"));
  CHECK(has(Template::kB, "af_horizontal_move_step1"));
  CHECK_FALSE(has(Template::kB, "af_vertical_direction"));
  CHECK_FALSE(has(Template::kB, "display_temperature"));
  CHECK_FALSE(has(Template::kB, "powerful_mode"));
  CHECK_FALSE(has(Template::kB, "min_heat"));
}

TEST_CASE("Шаблон F: = A + monitor1 + filter_sign_reset (без display-варианта)") {
  CHECK(prop_info_count(Template::kF) == 34);
  CHECK(has(Template::kF, "monitor1"));
  CHECK(has(Template::kF, "filter_sign_reset"));
  CHECK_FALSE(has(Template::kF, "filter_sign_reset_display"));
  CHECK(has(Template::kF, "display_temperature"));
}

TEST_CASE("template_detect: oem_model → шаблон (PROTOCOL §8.1)") {
  CHECK(template_detect("AP-WC1E") == Template::kA);
  CHECK(template_detect("AP-WA3E") == Template::kA);
  CHECK(template_detect("AP-WB2E") == Template::kB);
  CHECK(template_detect("AP-WF4E") == Template::kF);
  CHECK(template_detect("UNKNOWN-MODEL") == Template::kA);  // как legacy
  CHECK(template_detect(nullptr) == Template::kA);
}

TEST_CASE("Атрибуты свойств: base_type/read_only/диапазоны") {
  auto* om = prop_info_find_by_name(Template::kA, "operation_mode");
  REQUIRE(om != nullptr);
  CHECK(std::string(om->base_type) == "integer");
  CHECK_FALSE(om->read_only);
  CHECK(om->raw_min == 0);
  CHECK(om->raw_max == 6);

  auto* err = prop_info_find_by_name(Template::kA, "error_code");
  REQUIRE(err != nullptr);
  CHECK(err->read_only);
  CHECK(err->raw_max == 4095);

  auto* eco = prop_info_find_by_name(Template::kA, "economy_mode");
  REQUIRE(eco != nullptr);
  CHECK(std::string(eco->base_type) == "boolean");
  CHECK(eco->kind == fgl::aircon::ValueKind::kBool);

  auto* dn = prop_info_find_by_name(Template::kA, "device_name");
  REQUIRE(dn != nullptr);
  CHECK(dn->kind == fgl::aircon::ValueKind::kString);
  CHECK(std::string(dn->base_type) == "string");

  // prop_info_find по enum согласован с find_by_name.
  auto* by_enum = prop_info_find(Template::kA, Prop::FanSpeed);
  REQUIRE(by_enum != nullptr);
  CHECK(std::string(by_enum->name) == "fan_speed");
  CHECK(prop_info_find(Template::kB, Prop::AfVerticalDirection) == nullptr);
  CHECK(prop_info_find(Template::kA, Prop::kCount) == nullptr);
  CHECK(prop_info_find_by_name(Template::kA, "no_such") == nullptr);
  CHECK(prop_info_find_by_name(Template::kA, nullptr) == nullptr);
}

TEST_CASE("Таблицы: без дублей имен и enum'ов внутри шаблона") {
  for (Template t : {Template::kA, Template::kB, Template::kF}) {
    size_t n = prop_info_count(t);
    for (size_t i = 0; i < n; i++) {
      for (size_t j = i + 1; j < n; j++) {
        auto* a = fgl::aircon::prop_info_begin(t) + i;
        auto* b = fgl::aircon::prop_info_begin(t) + j;
        CHECK_FALSE(std::string(a->name) == std::string(b->name));
        CHECK_FALSE(a->prop == b->prop);
      }
    }
  }
}

TEST_CASE("af_*_swing: base_type integer (PROTOCOL §8.3), kind bool в API") {
  auto* vs = prop_info_find_by_name(Template::kA, "af_vertical_swing");
  REQUIRE(vs != nullptr);
  CHECK(std::string(vs->base_type) == "integer");
  CHECK(vs->kind == fgl::aircon::ValueKind::kBool);
}